Screen



J-f BREWER May 10,.4 1932.

4 Shee'lcs-Sheet SCREEN Filed Deo. l5, 1930 JOSEPH kwfk INVENTOR ATTORNEY May l0, 1932.

J. BREWER SCREEN 4 Sheets-sheet 2 Filed Dec. 15, 1930 A BY mgm@ dbs-HH .BREWER /5/ unlulun ATTORNEY J. BREWER May l0, 1932.

SCREEN Filed Dec. l5, 1930 v4 Sheets-Sheet 3 ATTORNEY May l0, 1932. J. BREWER 1,857,425

SCREEN Filed Dec. l5, 1950 4 Sheets-Sheet 4 2; JSEPH 5km/VER INVENTOR 9/WITNAm ATTORNEY Patented May 10, 1932 UNITED STATES JOSEPH BREWER, OF IBRONX, NEW YORK SCREEN Application led December i5, 1930. Serial No. 502,545.

This invention relates to Window screens, and aims particularly to provide an eflicient adjustable window screen which may be attached to the framey of practically any window opening without the necessity of using any tools or equipping the window frame with any special fastening devices.

A prime object of the present invention resides in the provision of a window screen 19 which will not only be adjustable to fit different size window openings, but which will also be interchangeable, so that the screen material may be readily removed for cleaning or replacement. l5 Another object of the invention is the provision of a combination air and insect screen, attachable at the inside of the window, and including a closelyl woven portion at the top, and/or the bottom, for purposes of ventilation, and a more openly woven central portion which acts as an insect screen while also admitting light to the room, the screen including means whereby access is affordedthrough the screen to the window sash frames, preferably at the meeting rails of the latter, so that the window may be opened at top and/or bottom without removing the screen from the window.

Yet another object is to enable the window 3J screen to be adjustable as to both length and width, according to the size of the window opening, the screen frame including means to positively secure the screen in place and to attach the screen frame to the opposite paralframe is adapted to fit tightly within the window opening.

A further object of the invention is'to construct a window screen so that the same will r lel sides of the window frame regardless ofbe strong and durable, aswell as attractive, and which can be economically manufactured.

Other objects and advantages of the invention will be hereinafter specifically pointed out, or will become apparent, as the s'pecication proceeds.

With the above indicated objects in View, the invention resides in certain novel constructions and combinations and arrangement of parts, clearly described in the following speciication and fully illustrated in the accompanying drawings, which latter show embodiments -of the invention as a present preferred.

In the drawings: j

Fig. 1 is a front elevation showing the screen secured in place at the inside of a` window frame;

Fig. 2 is a transverse sectional view through 70 the .side of the screen frame, taken on the line 2-2 of Fig. 1, looking in the direction of the arrows;

Fig. 3 is a detail perspective View, partly broken away, of one of the upper corners of the screen; i

Fig. 4 is a fragmentary perspective view illustrating the means for attachment of the screen to the screen frame;

Fig. 5 is a vertical sectional view through 80 one of the screen supporting arbors;

Fig. 6 Ais a view similar to Fig. 5, showing the centre bar for bracing and rigidifying the screen frame;

Fig. 7 is a partial front elevation showing 85 the adjustable means for attaching the arbors, in this instancethe lower arbor, to the screen frame side members;

Fig. 8 is a partial perspective view illustrating the interlocking telescopic relation between the upper and intermediate screen frame members for obtaining fine adjustment of the height of the screen fra-me;

Fig. 9 is a view similar to Fig. 8, showing 9F the means provided-on the intermediate and lower screen side frame members for obtaining a rough adjustment of the height of the screen frame; j

Fig. 10 is a view similar to Fig. 1, showing a modification of the invention;

Fig. 11 is aipartial vertical sectional view,

partly in elevation, showing the screen at-` g. 12 is a detail perspective'view of the upper part of one of the side frame members shown in Figs. 10 and 11;

Fig. 13 is a partial perspective View of one end of the screen removed from the supporting means shown in Fig. 12; Fig. 14 is a front elevation of still another modification of the screen construction, applid at the outer side of a window frame an Fig. 15 is a vertical sectional view through one of the screen supporting arbors as used with the modification illustrated in Fig. 14.

Similar reference characters refer to similar parts throughout the several Views of the drawings.

Referring first to Figs. 1 to 9, inclusive, the device in this instance includes a pair of side frame members adapted to be disposed within the opening of a window frame or the like. These side frame members are identical in construction, so that a description of one will suice for the other. Each side frame member 10 and 11 is formed ofthree telescopic sections, including a lower section 12, an intermediate section 13 and an upper section 14. Each of these sections 12, 13 and 14, consists of a U-shaped hollow body, formed preferably of relatively thin metal, the intermediate and upper sections being of progressively lesser diameter than the internal diameter of the section 12.

Means are provided to adjust the side frame members 10 and 11 to different heights according to the height of the window at which the screen is to be'iitted; and in this instance I construct the adjusting means so that the side frame members'may have rough or preliminar adjustment as well as a fine adjustment. or this .purpose the lower member 12 is in this instance provided with horizontally slotted portions 15 and 16 at the opposite sides 17 and 18 of the member 12,

. these slots each having a downward extension,

19. A pin 20 extends through the sides 21 and 22 of the intermediate section 13, this pin 20 having headed portions 23 and 24 at its opposite outer ends. These headed portions 23 and 24 are adapted to enter the slots 15 and 16 and come to rest in the lower extensions 19 of these slots. Preferably a plurality of slots like the slot 15 are provided as indicated at 15 in Fig. 9. Thus the intermediate member'13 may be positioned at different heights above the lower member 12.

To finely adjust the height 'of the side frame members after the intermediate member has been roughly adjusted as just described, the upper section 14 is in thisinstance provided, at its lower part, with an internally terials.

mounted spring clip 25 having a pin 26 which is adapted to enter one of a plurality of holes 27 provided in the central portion 28 of the section 13. These holes 27 each have a downward extension 29 in which the pin 26 may come to rest, these holes 27 performing other functions as well, which will be hereinafter set forth. The sides 30 and 31 of the intermediate member 13 are preferably turned inwardly to provide tongue or lip portions 32 and 33 whereby the channeled section 14 will be retained in place within the section .13.

The'side frame members of the screen are adapted to support the screen material 34,

`which latter may desirably be fabric, but

which ma also be made of wire or other maor this purpose I provide atthe upper part `of the sections 14 and at the lower part of the sect-ions 12, .a air of upper and lower arbors 35, both of whlch are identical in construction. At the upper part of each of the upper .sections 14 I mount a relatively short hub 36, this hub being preferably rigidly secured as by a screw or rivet 37.

Means are provided to adjust'ably mount the opposite side frame members of the screen. In this instance each arbor is formed of a plurality of telescopically arranged sections 38, 39 and 40. Within the outer end of the section 38 I provide a nut 41, which is rigidly secured in place in any suitable ythe arbors 35 upon the hubs 36 and between fashion, as for instance by pressing the metal of the section 38 inwards at spaced points as seen at 42, to grip the inner and outer sides of the nut 41. A head 43, having a screwl threaded stem- 44 is threaded in the screw' threaded aperture 45 of the nut 41. This head 43 preferably includes an inwardly extending sleeve portion 46 to surroun the `outer end lof the member 38 and thus to preserve the continuity of the arbor 35. At the outer end ofthe headl portion 43 I mount a yhollow capl 47 as, for instance, by means of the screw orrivet 48. This cap 47 is provided with an internal flange 49 which is adapted tocooperate with @circumferential groove 50 provided on the hub 36. The cap 47 is preferably formed of springy material sothat it may 'be readily pressed over the outer end 51 of the hub 36 until the internal flange 49 enters the roove 50 of the hub. At the opposite end o the arbor the section 40 is equipped with a cap 47 which, in its essential aspects, isconstructed in a manner similar to the cap portion47. This cap 47 is equipped with an internal flange or snap pressure ridge similar to the internal flange .49 of the cap47, so that the cap 47 may be secured in place upon the hub portion pro- 1?' vided at the' top of its adjacent side portion 14. The cap 47 is secured within .the member 40 in any suitable manner, as, for instance, by wedging the same in place therein, the end of the arbor section 40 in this instance being indented as seen at 52 to limit the entrance of the neck portion 53 of the cap 47.

I provide, in the case of each arbor, means to roughly and also to finely adjust the length 5 of the arbor so that this length will conform awith the distance between the side frame members 14. To this end I provide at 'the lower partof the wall of each of the members 38 and 39, a series of holes or apertures 54 and 55, respectively, these holes 54 and 55 being adapted to be aligned with each other, and means being provided to enter the aligned apertures to secure the sections 38 and 39 in the desired adj usted position. Near one end of the member 39 I provide alocking button 56, having a smaller diameter portion 57 adapted to rest in the aligned holes 54 and 5 5. This locking button 56 is supported upon a pin 58 secured to the inner wall of the member 39. Resilient means in the form of a' coiled spring 59 are provided around the pin 58 to normally urge the lock button 56 toward its locking position, the bu'tton 56 having a recess 60 to receive the lower end of the spring 59.

The member 40 is also provided .with a locking button 61 which is adapted to function in substantially the same manner as the button 56. However, this locking button 61 is constructed so that it will tend to force the section 40 outwardly from the section 39. For this purpose one, or a plurality, of coiled expansion springs 62 are secured to the locking button 61 as indicated at 63, the opposite end or ends-of the spring or springs being held in place by means of a pin 64 which extends through -the body or bodies of the springs and has its ends secured to the wall of the section 40.\

The lengthof the arborl 35 is thus adapted to be roughly adjusted by positioning the locking buttons 57 and 61 in different aligned locking holes 54 and 55. In some cases only one of these buttons 57 or 61 will be employed instead of the two as shown in Fig. 5, preferably the button 61. An alignment of the holes 54 and 55 to permit the use of both locking buttons 57 and 61 will however impart more rigidity to the arbor.

To yfinely adjust the length of the arbor so that the same will be tightly secured between the side frame members 14 at opposite sides of the window frame, the head 43 is rotated to thread its stem portion 44 part way out of the nut 41, thus wedging the arbor tightly against the hubs 36v at opposite sides of the screen frame sections 14.

The arbor 35 at the lower part of the window is adjusted vby means of the screw spring like the spring 62 in Fig. 5.

The screen 34 is adapted to -be supported at its upper and lower ends upon thev arbors 35 and 35. This screen 34 consists of a 65 woven element, preferably of fabric, but not head-43 and held in place by a compression exclusively so, the screen being formed either in one piece or in a plurality of sections as may be desired. In this instance (Fig. 1) I form the screen in two sections 65 and 66. Each of these screen sections 65 and 66 is provided at both upper and lower ends, with a tab portion 67 having a series of holes 68. To fit the screen to the window, the upper and lower tab portions 67 of the screen sec-I tions 65 and 66 are folded over the upper and lower arbors 35 and 35 and secured in place by any suitable means, as, for instance, by means of double headed buttons passed through the but-ton holes 68, the tab portions 67 being folded over if necessary to shorten the effective length of the screen sections before the same are buttoned in place about each arbor.

To impart rigidity to the screen frame and to strengthen the entire construction, I provide in this instance a centre bar adapted to be positioned between the side frame members, this centre bar being designed, preferably, not only to brace the screen against occasional strong air pressure, but also for purposes of ornamentation. This centre bar 69 includes a pair of sleeve elements 70 and 71 which are adapted to be joined to each other by means of split or spread end elements 72 and 73, of relatively large area, which are secured to the respective members and 71 by means of rivets or the 'like 74, and being adapted to interlock with each other as seen at 75. Each of the sleeve portions 70 and 71 of the centre bar is provided with a telescopic section 72 having a spring held locking pin 76 adapted to be brought to rest in one of a series of holes 77 provided in the sections 7 0 and 71, whereby the length ofthe bar may be extended or reduced to lit the window frame. The centre bar is mount-l ed on the intermediate screen side frame sections 13 b means of asuitable hub 78 at each end o the centre bar, each of these hubs 78 having secured thereto a coiled compression spring 79 which is mounted within the telescopic centre bar portion 72 by means of a pin 80 extending across the section 72 and through the coils of the spring. Each of the hubs 78 is provided with acentral pin 81 adapted to enter one of the holes 27, this pin having a lower extension 82, pressed out of the metal of the pin\ 81, or. otherwise formed thereon, to enter the lower extension portion 29 ofthe hole 27.

A At the rear of the screen 34 I provide av pocket 83 to receive the centre bar 69.- The centre bar is first separated at the points indicated at 75, the opposite end portions being slipped into the pocket 83, or the respective sections thereof, in cases where two screen sections are employed, the portions 72 and 73 being then brought together and interlock'ed, whereupon thecentre bar will be securely held in place by the compressive action of the coil springs 79 upon the hubs 78 whilch are mounted in the screen side frame sections.

Novel means are provided to secure the side edges of the screen in place upon the side members of the screen frame. In this instance a strip of material 84 is folded midway of its length as indicated at 85, and positioned over the edge 86 at the side of the screen. The folded portion is preferably stitched to the side edge of the screen, and

this strip 84 is of such length that it may be folded back to provide side portions 87 and .88, to cover the outer sides of the side frame members and thus enable the same to present a neat appearance.v

To secure the screen to the side frame members I preferably equip the side edges of the screen with a series of eyelet holes 89 which extend through the triple thickness of the material as indicated at 85. A plurality of extensible hooks 90 are inserted in the eyelet holes 89, these extensible hooks 90 having head portions 91 adapted to be positioned in the holes 27 of the side sections of the screen, as seen clearly in Figs. 2, 3 and 4. The sections of the screen are thus held tautly in osition.

s stated above, I show in Fig. 1 a screen 34 made up of a pair of sections 65 and 66. This screen 34 is desirably .positioned at the inner or room side of the window frame 92, and when put in place in the manner already described, is adapted to remain in such position. An important feature of the invention, however, resides in the fact that it is lnot necessary'to remove the screen in order to raise or lowerthe window sashes. For this purpose the inner edges 93 and 94 ofthe' screen sections overlap each other, suitable buttons and button holes, indicated at 95, being provided to secure the sections to each other at the overlapped portions thereof. This arrangement readily enables the pass-- ing of a hand through the screen to raise or 'lower the window sashes. To assist in holding the overlapped strip portions of the screen sections together, as well as for purposes of ornamentation, I provide a pair of tapes or ribbons 96, which may be tied together and formed into a suitable ornamental bow knot.

The screen 34 may be provided in a specified width to lit a standard window opening, and whenever the screen happens to be wider than the window opening, the screen may be arranged in neat; curtain-like folds.

Another important feature of the present invention is the factthat the screen 34 is adapted to function as both a ventilator and an insect screen. For this purpose I preferably form the upper and lower portlons of the screen sections of closely woven or close mesh as indicated at 97 and 98, and the intermediate portion of wider mesh as seen at 99.

97, or the upper sash may be lowered to the bottom of the close mesh section 98, to provide ventilation. The wide 'mesh portion between the closely woven portions is adapted to function as an insect screen at all times, when one or the other of the sashes is opened to a greater distance, While, also, the intermediate screen section 'also admits outside illumination to a greater extent than the closely woven Ventilating portions thereof.

In Figs. 10 to 13 inclusive I illustrate a modification of the invention, which, in its essential aspects is similar to that already described. -However, in this instance the invention is particularly applicable for windows of a specified size. In this instance the screen frame 34 includes side members 100 and 101, each of which consists of a UA or channel shaped member 102 having hub portions 103 mounted at the upperl and lower ends of the interior or channel portion 104, these hub portions 103, in this instance being secured in place by rivets 105.` To support the screen 34 I provide upper and lower arbors, as in the modification already referred to, these arbors including a plurality of telescopic sections 106 and 107 the section 106 being adapted to slide within the section 107, and having a spring held stop pin 108 adapted to come to rest in apertures 109 provided'in the wall of the outer sleeve portion 107, to adjust the arbor to the proper width to it the window frame. The outer end of the section 107 is preferably equipped with opposite indented or inturned portions 110 adapted to cooperate with bayonet slots 111 and 112. The arbor sections in this instance-` are held in place by compression springs as shown at 62 in Fig. 5.

The screen 34 in this instance, as already mentioned, is particularly designed for windows of a specified size, particularly small windows such as are provided in cellars, bat-h rooms, attics and the like. To secure the screen 34 in place upon the upper and lower arbors, the screen-is preferably povided with a sleeve portion 113 formed bystitching the end of the screen upon the body as indicated at 114. The screen being secured to thev upper and lower arbors. the sides 115 are adapted to be secured within the channeled portion 104, so that the screen will be held taut around all sides. For this purpose the side edges 115 and 116, which edges may be suitably reinforced, as by the use of a binding as shown are provided Iwith a plurality of eyelets 117 which are adapted to be positioned upon pins 118 secured to the rear wall 119 of the side frame members 101. To retain the screen inplace againstv flapping, I provide clip devices 120 which are adapted to press the edge `A115 of the screen against the poi"- tion 119 and maintain the screen in such position. These clip devices 120 consist of U- shaped spring members adapted to extend rearwardly through slots 121 formed in the front side portion 122 of the channeled side frame members 100 and 101. The ends of the U-shaped clip members 120 are turned outwardly as seen in Fig. 12, one end being pivotally mounted on the portion 122 as indicated at 123 and the opposite end 124 being adapted to act as a nger piece with which to manipulate the clip devices. Thus, by drawing upon the finger piece 124 the clip device may be moved outwardly suiliciently to admit the edge of the screen therebehind; or, the clip device may be swung around the pivotal mounting 123 so that the finger piece 124 leaves the aperture or slot 121, thereby loosening the clip and enabling the screen to be readily passed thereunder.

This form of the invention (Figs. 10 to 13) is also provided with closely woven portions and a more openly woven portion 125 and 126 respectively to act as ventilators, and as an insect screen as in the modification heretofore described in detail. To afford access to the window sashes, the screen 34 is provided with an open portion 127 arranged vertically at the center of the screen, with overlapping edges normally secured together by means of suitable buttons 128.

In Figs. 14 and 15 I illustrate still another form of the invention having certain advantages of the two forms already described. In this instance the screen is however particularly adapted to besecured to the outer side of the window opening, and the construction is suchthat this may be accomplished without the use of any tools or special fastenings and without regard to the construction or nature of the material of the window opening. In this instance the window screen 129 is provided with closely woven .and openly woven portions 130 and 131; and is secured in place by means of supporting arbors 132 and 133 provided at the top and bottom of the window frame. The screen 129 is in this instance of al specified length, including upper and lower sleeve portions :to receive the arbors 132 and 133. The arbors 132. and 133 in this instance are adapted to be roughly adjusted to about the proper width, and are then finely adjusted to wedge the same firmly between thesides of the window opening.

These arbors 132 and 133 each include anouter sleeve portion 134 which is telescopically engaged by an inner sleeve portion 135,`

this inner telescopic portion 135 having a spring held button or catch 136 to engage the side walls of holes 137 provided in the sleeve portion 132 whereby to alter the effective length of the arborportions 134 and 135. The outer end of the sleeve portion 132 is provided with anut 138 and a manually operable screw device 139 which operates in substantially the same manner as the screw threaded head portion 43 shown in Fig. 5. However, in this instance, the knurled head 140 of the screw device 139 is loosely connected to a hollow cap 141 which carries a tip 142 of resilient material, such as cork, rubber or the like. At theopposite end, the outer portion of the inner arbor member 135 is provided with a similar tip 143'. These resilient tips 142 and 143 are adapted to engage the sides 144 and 145 of the window opening and to be securely wedged in place by operation of the screw device 139. Thus the screen will be securely held in positionk in practically permanent fashion.

Considerable particularities of description, as to materials, part details, dimensions, capacities and utilities may have been herein vindulged in, but it will be understood that these statements, made with particular reference to the embodiments of the invention illustrated in the drawings, are not in any way to be taken as definitive or limitative of the invention. Inasmuch as many changes could be made in the above constructions, and many4 apparently widely dierent embodiments of the invention could be made without departing from the scope thereof, it is intended that all matter contained in the above description or shown in the accompanying drawings shall be vinterpreted as illustrative and not in a limiting sense.

' It is also to be understood lthat the language contained in the following claims is intended to cover all the generic and specific features of the invention herein described, and all statements ofthe scope of the invention which, as a matter of language, might be said to fall therebetween.

In other words, the scope of protection lcontemplated is to be taken solely from the appended claims, interpreted as broadly as is consistent with the prior art.

What I claim is: 1. An adjustable window screen and the like including a pair of vertically adjustable side frame members adapted to be disposed against a building wall at the sides of a window opening, upper and lower arbors to support a screen between said side frame members, each of said arbors including means for length adjustment, hubs secured to said opposite side frame sections, said hubs adapted to support' said arbors, a screen mounted on said upper and lower arbors, and fastening devices to securethe sides of said screen to said side frame members.

2. An adjustable window screen for window sashes and the like including a p air of vertically adjustable side frame members adapted to be disposed against a building wall at the sides of a window opening and in front of a window sash, each of said side intermediate and lower sections, each of sai sections being' of substantially hollow U- coarse and fine length adjustment, hubs securedto said'op osite side jframe sections to support said ar ors, a plurality of screen sections mounted on saidfuppen and lower p arbors, means to secure the outer sides of said therein, and

screen sections to said :side frame members, said screen sections including means aiording access to the window sashes behind said screen.

3. An adjustable window-screen and the like including a pair ofvertically adjustable side frame members adapted' to be disposed against a building wall at, the sides of a window opening, each of saidside frame members including telescopic upper, intermediate and lower sections, each of said sections being of substantially hollow U`shape in cross section, with the openportions disosed against said wall, said frame sections having means for coarse and fine adjustment, including a plurality of horizontal slots in said lower section, a pin extending through said intermediate section, said pin having portions disposable in said horizontal slots, said intermediate sections including a plurality of vertical slots, a spring cli on said upper section having a pin adapte to'enter said vertical slots, upper and lower arbors to support a screen betweenY said side frame members,

each of said arbors including means for coarse` andine length adjustment,'hubs secured to said 'opposite side frameisections to support said arbors, a screen mounted on said upper and lower arbors, the outer sidesh of said screen havinv a plurality vof eyelet portions astening devices -to connect said eyelet portions with sections ofsaid side frame members.

4. An adjustablewindow screen and the like includinga air of vertically adjustable side frame mem ers adapted to be disposed against a building wall at the sides of a window opening, upper and lower arbors to suport a screen between saidfside frame memers, each of said arbors including an outer sleeve and intermediate and inner members, a nut within said outer sleevea headed screw threaded in said nut, a hollow` cap secured to said headed screw,' a second hollowk cap secured to said inner arbor section, hubs secured to said upper side frame sections, said hubs each having an annular groove and each of said hollow caps having an internal flange to enter said groove, each of said arbor sections having a'plurality of alignable apertures, a sprlng held pin on each" of said intermediate and inner arborsections adapted to enter said ali ed slots to coarsely adjust the length of said arbor, said headed screw being manipulable to perfect said arbor adjustment, a screen mounted on said upper and lower arbors,-and fastening devices to secure the sides of said screen to said side frame members.

bers including telescopic, upper, intermediate and lower sections, each of said sections being of substantially hollow U-shape in cross section, with the open portions dlsposed against ,saidv wall, said frame sections having means for coarse and fine adjustment upper and lower arbors to support a screen between said side `frame members, each of said arbors including means for both coarse and fine length adjustment, means on lsaid upper side frame sections i to support said arbors, a screen mounted on said upper and lower arbors, means for securing the` outer sides of said screen to said side frame members, a centre bar to brace saidscreen and side frame members, said screen including 'a pocket to receive said centre bar and said side frame members having means to support the ends of said centre bar. j

6. An adjustable window screen and the like including a pair of vertically adjustable side frame members adapted to be disposed against a building wall at the sides of a window opening, each of said side frame members including telescopic upper, intermediate and lower sections, each of said sections being of substantially hollow U-shape iny cross section, with the open portions disosed against said wall, said frame sections avin means for coarse and fine adjustment, inclu ing a plurality of horizontal slots in said lower section, a pin extendin through said intermediate section, said pm having portions disposable in said horizontal slots, said intermediate sections including a plurality of vertical slots, a spring cli on said upper section having a pin adapte to enter said vertical slots, upper and lower arbors to support a screen between said side frame members, each of said arbors including an outer sleeve and intermediate and inner members, a n ut within said outer sleeve, a headed screw threaded in said nut, a hollow cap secured to said headed screw, a second hollow cap secured to said inner arbor section, hubs secured to said upperside frame sections, said hubs each having an'annul'ar groove and each of said hollow caps having an internal flange to enter said groove,`each of said arbor sections having a yplurality of alignable apertures, a spring held pin on each of saidintermediate and inner arbor sections adapted to enter said aligned slots to adjust the length .of said arbor, said headed screw being malll plurality of sections mounted on said upper and lower arbors, the outer sides of said'screen sections havin(Y a plurality of eyelet portions therein, ,fastening devices to connect said eyelet portions with sections of said side .frame members, a centre bar to brace said screen sections and side frame members, said screen sections including a pocket to receive said centre bar and said side frame members having means to support the ends of said cen-A tre bar.

7. An adjustable vwindow screen and the like, as set forth in claim 6, for use at a 'window having a movable window sash, in which the screen is detachably supported on Said mhnm and side frame members` for removal sash, including a pair of vertically adjustable side frame members, upper and lower arbors adjustably mounted between said side frame members, a combined air and insect screen detachably supported on said arbors and side Jiframe members, said screen com risin a multiple section screen element, inclu mg upper and lower closely woven Ventilating portions and an intermediate more openly Awoven insect excluding and light admitting portion,` and means on said screen affording l access to s aid window sash, through the body of said screen, whereby to open and close said Window `sash @without removing said screen,

saids'creen being removable and .interchangeable from said arborsfor cleaning and re- 

